latitude by observation

简明释义

观测纬度

英英释义

例句

1.The pilot used latitude by observation 通过观测来确定纬度 to ensure the aircraft was on the correct flight path.

飞行员使用通过观测来确定纬度来确保飞机在正确的飞行路径上.

2.In astronomy, latitude by observation 通过观测来确定纬度 is crucial for locating celestial bodies.

在天文学中，通过观测来确定纬度对于定位天体至关重要.

3.Sailors often relied on latitude by observation 通过观测来确定纬度 to navigate their ships across the ocean.

水手们常常依赖通过观测来确定纬度来在海洋中航行他们的船只.

4.Geographers apply latitude by observation 通过观测来确定纬度 techniques to map uncharted territories.

地理学家应用通过观测来确定纬度技术来绘制未标记的领土.

5.The researchers determined the exact position of the ancient ruins using latitude by observation 通过观测来确定纬度.

研究人员通过观测来确定纬度来精确定位古代遗址.

作文

In the realm of scientific exploration and discovery, the phrase latitude by observation holds significant meaning. It refers to the freedom or flexibility that researchers have in interpreting data and drawing conclusions based on their observations. This concept is particularly important in fields such as biology, astronomy, and social sciences, where empirical evidence often leads to various interpretations. In this essay, I will explore the importance of latitude by observation and how it contributes to our understanding of the world around us.Firstly, latitude by observation allows scientists to approach problems from multiple angles. For instance, in biology, researchers may study the behavior of a species in its natural habitat. The observations they make can lead to different hypotheses about the species' adaptations and survival strategies. By having the latitude to interpret these observations in various ways, scientists can develop a more comprehensive understanding of the species in question. This flexibility is crucial because it encourages creativity and innovation in research.Moreover, latitude by observation fosters collaboration among scientists. When researchers share their findings, they often bring different perspectives and interpretations to the table. This collaborative environment can lead to new insights and breakthroughs. For example, astronomers observing celestial phenomena may have differing theories about the nature of a black hole. By discussing their observations and interpretations, they can refine their hypotheses and advance the field of astrophysics. Thus, the latitude granted by observation not only enhances individual research but also propels collective scientific progress.Additionally, latitude by observation plays a role in the scientific method itself. The process of forming a hypothesis, conducting experiments, and analyzing results is inherently iterative. As scientists gather more data through observation, they may need to adjust their hypotheses. This adaptability is essential for scientific advancement, as it allows researchers to refine their understanding based on new evidence. For instance, the initial theories regarding the structure of DNA have evolved significantly as new observations have been made over the years. This evolution illustrates how latitude by observation is integral to the scientific process.However, it is important to recognize that with latitude by observation comes the responsibility of maintaining scientific rigor. Researchers must ensure that their interpretations are grounded in evidence and not influenced by personal biases. This balance between freedom and accountability is vital for the integrity of scientific research. For instance, in social sciences, researchers must be cautious about how they interpret behavioral observations, as cultural and contextual factors can heavily influence outcomes. By applying latitude by observation judiciously, scientists can uphold the credibility of their findings.In conclusion, the concept of latitude by observation is essential in the scientific community. It enables researchers to explore diverse interpretations of data, encourages collaboration, and supports the iterative nature of scientific inquiry. While this latitude provides valuable flexibility, it also requires researchers to adhere to rigorous standards of evidence and objectivity. Ultimately, embracing latitude by observation allows us to deepen our understanding of complex phenomena and continue advancing knowledge across various fields. As we move forward in our quest for discovery, let us appreciate the power of observation and the latitude it grants us in interpreting the mysteries of our universe.

在科学探索和发现的领域中，短语通过观察获得的自由度具有重要意义。它指的是研究人员在基于观察数据进行解释和得出结论时所拥有的自由或灵活性。这个概念在生物学、天文学和社会科学等领域尤为重要，因为经验证据往往会导致不同的解释。在这篇文章中，我将探讨通过观察获得的自由度的重要性以及它如何有助于我们理解周围的世界。首先，通过观察获得的自由度使科学家能够从多个角度看待问题。例如，在生物学中，研究人员可能会研究某种物种在自然栖息地中的行为。他们所做的观察可以导致对该物种适应性和生存策略的不同假设。通过在各种方式上解释这些观察所给予的自由，科学家们可以对所研究的物种形成更全面的理解。这种灵活性至关重要，因为它鼓励研究中的创造力和创新。此外，通过观察获得的自由度促进了科学家之间的合作。当研究人员分享他们的发现时，他们通常会带来不同的视角和解释。这种协作环境可以导致新的见解和突破。例如，观察天体现象的天文学家可能对黑洞的性质有不同的理论。通过讨论他们的观察和解释，他们可以完善自己的假设，推动天体物理学的发展。因此，观察所赋予的自由不仅增强了个体研究，还推动了集体科学进步。此外，通过观察获得的自由度在科学方法本身中也发挥着作用。形成假设、进行实验和分析结果的过程本质上是迭代的。随着科学家通过观察收集更多数据，他们可能需要调整自己的假设。这种适应性对于科学进步至关重要，因为它允许研究人员根据新证据来完善自己的理解。例如，关于DNA结构的初始理论随着多年来新观察的出现而发生了显著变化。这种演变说明了通过观察获得的自由度在科学过程中是不可或缺的。然而，重要的是要认识到，伴随通过观察获得的自由度而来的责任是保持科学严谨性。研究人员必须确保他们的解释是基于证据的，而不是受到个人偏见的影响。这种自由与责任之间的平衡对于科学研究的完整性至关重要。例如，在社会科学中，研究人员必须谨慎对待他们对行为观察的解释，因为文化和背景因素可能会严重影响结果。通过明智地应用通过观察获得的自由度，科学家们可以维护他们发现的可信度。总之，通过观察获得的自由度的概念在科学界至关重要。它使研究人员能够探索数据的多样化解释，鼓励合作，并支持科学探究的迭代特性。尽管这种自由提供了宝贵的灵活性，但它也要求研究人员遵循严格的证据和客观性标准。最终，拥抱通过观察获得的自由度使我们能够加深对复杂现象的理解，并继续推动各个领域的知识进步。随着我们在探索发现的征途上前行，让我们欣赏观察的力量以及它在解释我们宇宙奥秘方面赋予我们的自由。